Sentence examples for model that quantified from inspiring English sources
The first model that quantified the economic impact of climate change was developed by Nordhaus (1994).
We developed a spatiotemporal model that quantified non-linear associations between PM2.5 concentrations and the following predictor variables: spatiotemporal factors (PM10 and meteorological variables), spatial factors (land-use patterns, traffic, elevation, distance to shorelines, and spatial autocorrelation), and season.
As a consequence of the focus on mitigation, research on optimal strategies to cope with climate change did not take adaptation into account the first model that quantified the economic impact of climate change (Nordhaus 1994) only enabled the possibility of mitigating emissions.
To develop a model that quantified the nebulizer output that was inhaled by subjects with cystic fibrosis (CF) in order to predict the amount of drug likely to enter the upper airway contained in particles small enough to be deposited in the lower respiratory tract of individual patients.
These estimates were input into an economic model that quantified the health care burden of RxO abuse in each of the EU5 countries.
We develop a model that quantifies the nonlinearities and hysteresis inherent to SMAs.
The findings are presented as a model that quantifies the impacts of ICT on sustainability in delivering construction projects.
We carry out theoretical analysis using Markov chain model that quantifies expected number of discovered neighbors and the corresponding delay incurred.
In the present paper, an analytical steady-state model that quantifies the objectives of fuel consumption in compressors and throughput of the gas pipeline network was developed.
An accurate theoretical model that quantifies the distribution of phonon density is indispensable for designing thermal resonators with high quality factor.
This article presents a dynamic model that quantifies the temporal evolution of the concentration and oxygen saturation of hemoglobin in tissue, as determined by time-varying hemodynamic and metabolic parameters: blood volume, flow velocity, and oxygen consumption.
